Science
- Evolutionary ecology research
- Australian rain forest community assembly
- Australian rain forest through time
- Ecology of Cumberland Plain Woodland
- Bicentenary Plant Diversity Program
- Biodiversity Adaptation Transect
- Botany of Botany Bay
- Conservation genetics
- DNA studies of Elaeocarpaceae
- Ecology of Isopogon prostratus
- Floristic Lists of NSW
- Habitat fragmentation
- Lomatia (Proteaceae)
- Molecular phylogeny of the Australian Lauraceae
- Promiscuous Lomatia
- Promiscuous Proteaceae
- Native plants of Sydney Harbour NP
- Newnes Plateau Shrub Swamps
- Next Generation Sequencing
- Nickel hyperaccumulation in Stackhousia
- NSW Vegetation Classification & Assessment Project
- Plants of the Newnes Plateau
- Plants, vegetation, landscape, country
- Phylogenetic relationships of Ceratopetalum
- Podocarpus elatus
- Rainforest conifer - Podocarpus elatus
- Speciation in Proteaceae
- Testing speciation models
- Horticultural research
- Plant diversity research
- Plant pathology research
- Herbarium & resources
- Scientific publications
DNA studies of ElaeocarpaceaeDarren Crayn, Hannah McPherson & Maurizio Rossetto We are researching the evolution and relationships of the Elaeocarpaceae.This family contains mostly rainforest trees and shrubs. When we analysed the DNA of Tetratheca - a very different group of small wiry plants from dry exposed places - we found they belong in the Elaeocarpaceae too. This discovery helps us understand how plants adapted during past climate change. When Australia dried out about 20 million years ago and most Elaeocarpaceae retreated to remnant rainforests, some evolved into new species adapted to dry conditions. Did you know?
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